Sentence examples for lines are discussed from inspiring English sources
Breeding strategies to utilize these resistant lines are discussed.
Different research lines are discussed, concluding that the most influential variables are: tack coat type, dosage, mixture type, surface characteristics, temperature, and emulsion breaking time.
The typical problems of overhead transmission lines are discussed and methodologies used to simulate them are summarized in view of their application also in the field of bridge hangers or stays.
Results of Rn emission measurements from the boreholes and the trench deep surface and their top surface along the profile lines are discussed in this section.
Some simulation results showing the effect of hybridisation on real non-electrified railway lines are discussed thereafter and the paper concludes by outlining the prospects of the research project that constitutes the framework of the simulations discussed here.
When both G93R and G85R lines are discussed, they are referred to as MUT sod1 lines.
A concept for regulating a reactive sputter process by use of several emission lines is discussed.
A procedure for predicting structure-borne noise and vibration from underground railway lines is discussed.
(A zero delay is obtained by a pole-zero cancellation on the unit circle). First-order allpass interpolation of delay lines was discussed in §4.1.2.
The inhibitory activities against HCT-116 and HT-29 cell lines were discussed to develop the structure activity relationships of this new series.
Finally, some results of CD control across a 200-mm diameter wafer are shown and the potential implementation of the process in pilot lines is discussed.
